Raw and clean-water storage separated where treatment process requires it
RHELGAN Water Systems
Education · Campus Infrastructure
RW-S02Large School & Campus Water System
A more resilient multi-building water architecture for education campuses with higher daily demand, multiple service zones and greater consequences from supply interruption.
50-150 m³ planning rangeinitial planning envelope
01Source
02treatment
03clean storage
04duty / standby distribution
Source pathways to review
Start with the water that is actually available.
Bore / groundwaterRainwater harvestingMunicipal supply with resilience storageMixed source strategy
System architecture
Build the operating system around storage.
Treatment arranged for maintainable operating hours and future expansion
Duty / standby booster sets considered for campus continuity
Zoned distribution to teaching, boarding, kitchen, WASH and staff facilities
Monitoring for tank level, pump fault and critical treatment alarms
Project inputs
What we need before the configuration is locked.
Campus population and occupancy schedule
Building count and elevation spread
Boarding, kitchens, laboratories and sports amenities
WASH fixture schedule and peak-use periods
Future campus expansion
Operator capability, spares and service access
Operations + maintenance
Design for the people who will run it.
Provide isolation by building or zone
Retain maintenance bypass and spare capacity where justified
Define treated-water sampling and tank-cleaning plan
Coordinate emergency water priority with campus operations
Project resources
Carry this configuration into a controlled project package.
Demand & Storage Planner
Check daily demand, autonomy and planning storage before tank selection.
Open plannerSource-Water Review
Structure source quality, yield and treatment questions before process selection.
Open reviewResponsibility Matrix
Clarify equipment, civil works, services, pipework, installation and approvals.
Open matrixLogistics & Site Receiving
Plan container access, unloading, storage, site readiness and local handling.
Open logistics guideProject specification control
Campus projects should be modelled as a network rather than a single tank. Elevation, diversity, critical buildings and operating hours influence pump and storage architecture.
Final storage volume, material, potable-water evidence, treatment process, pump duty, structural design, foundations, controls, installation, commissioning and destination requirements are confirmed for the exact project configuration.
RHELGAN · WATER STORAGE & SUPPLY SYSTEMS